Series SIHIISOchem CBS/CBM/CBE, 650 m³/h, 150 m, 350 °C0 pages

Modular Chemical Process Pumps

SIHIISOchem

Type CBS, CBM, CBE

Technical Data
Flow rate:
Head:
Speed:
Materials:
Temperature:
Casing pressure:
Shaft seal:
Dimensions of
flanges:
Direction of:
rotation

max. 650 m³/h
max. 150 m
-1
max. 3600 min
Cast iron, cast steel, stainless steel,
hastelloy, duplex
max. 350 °
C
max. 25 bar
Mechanical seal or magnetic
coupling
according to DIN or ANSI
(see flanges)
clockwise, when viewed from
drive end

Construction

Applications
ISOchem

Pumps of the SIHI
range meet the requirements on
custom-built solutions in the process industry, in the following areas:
• Chemical
• Pharmaceutical
• Petro-chemical
• Paper
• Plastic
• Food processing
• Plant engineering and construction

Hydraulic
ISOchem
The hydraulic of the SIHI
is designed with closed
impeller.

Casing pressure
PN16 and PN25.
Maximal casing pressure = 25 bar.
Max. casing pressure = inlet pressure + delivery head at
zero flow.

Please note
The relevant technical regulations and safety rules must be
observed.

Flange location
Axial suction flange, discharge flange radially upwards.

Flanges
According DIN EN 1092 or ANSI.

Design
ISOchem

Chemical process pumps of the SIHI
are horizontal,
single-stage volute casing pumps with dimensions to DIN
EN ISO 2858 and meet the technical requirements of DIN
EN ISO 5199.
It is a modular configuration of either bare shaft end or
close-coupled design. Shaft sealing options are single or
double-acting mechanical seals or magnetic couplings. The
benefits are the interchangeability of the back pull-out assemblies and the reduction of spare parts cost.

133.65001.54.01 E

Materials
Standard materials: Cast iron, cast steel, stainless steel,
hastelloy, duplex.
Special materials on request.
Shaft sealing
Mechanical seals:

Magnetic coupling:

- Single-acting seals
- Double-acting seals
- Cartridge seals
- with or without heat barrier
- Internal strainer
- External partial flow
- Heating jackets

PUMP TECHNOLOGY SIHIISOchem
04/2013